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Injection Molding

Streamlining processes starts with finding the right workflow. 3D Systems’ advanced solutions for mold and tool design and manufacturing mean you can create better, more complex injection molded parts at a lower cost and in a fraction of the time

Automotive

Healthcare

Experience the transformative power of 3D technology through the achievements that our customers have made in healthcare. Not only do our end-to-end 3D solutions change possibilities – they are transforming lives.

By Products and Services

From industry-leading engineering software and 3D printers, to printer materials and unique healthcare and manufacturing services, 3D Systems delivers the solutions you need to empower your business growth

3D Printers

With the broadest scope of 3D printing technologies we offer you a perfect combination of 3D printing process, material and application expertise.

Resources

Explore our customer stories, blog, videos and archived webinars to learn more about how our customers are optimizing their designs, transforming their workflows, bringing innovative products to market and driving new business models.

Webinars

Events

3D Systems takes part in many different marketing events on a regular basis. These range from trade shows to seminars and online webinars. We also participate indirectly in a host of other engagements. 3D Systems is represented via our extensive reseller network at many events.

Software

Healthcare

Our customer service and technical support teams for simulation, surgical planning and medical device manufacturing are committed to the highest levels of service. This support is available in real time via telephone, email or the web.

How to Buy

3D Printers

From plastics to metals, a 3D printer can open up new possibilities in digital manufacturing and workflows. Our printer sales are handled via an extensive global partner network and our channel managers.

Software

3D Systems offers a comprehensive line of software solutions that cover everything from scanning to part and tool design to subtractive and additive manufacturing and inspection. Use our software solutions to increase your productivity, shorten your delivery time, and get quality results.

Cimatron CAD/CAM Software

Dramatically increase your productivity, competitiveness and profitability with a wide range of dedicated applicative tools as well as full range of CNC technologies from simple 2.5 axis milling and drilling to complex 5-axis machining.

3D Sprint for Plastic 3D Printing

Quickparts – On Demand Manufacturing Services

On Demand Manufacturing Services (Quickparts) has changed the way product development and manufacturing professionals source custom-designed parts. Get instant, custom generated quotes for the production of parts, anywhere in the world.

Healthcare solutions

Medical Simulators

3D Systems' product line is at the forefront of virtual reality medical simulation. The training simulators offer clinicians the most realistic, hands-on experience to master critical skills to ensure procedural efficiency without patient risk.

Anatomical Models

Using medical image data, 3D Systems services use different additive manufacturing processes and materials to produce physical anatomical models, with the option to sterilize for reference during surgery.

...We can now quickly do innumerable iterations and variations, and the designers and marketing managers can really be sure the product is what Timberland is expecting and what people on the street are demanding." - Toby Ringdahl, Computer Aided Design Manager, The Timberland Company.

The Timberland Company has transcended its humble workboot origins to become one of the hottest lifestyle brands on the planet. Whether for work, recreation or dressing up, every Timberland product is a compelling blend of form and function tailored to the needs of every customer. That's why it's important for engineers and marketers in the $1.5 billion New Hampshire- based company to collaborate closely in the development of every product, from initial concept to prototype to sample and, ultimately, volume production.

Задача

Getting Affordable Prototypes Quickly

The shoe must look good, feel good and perform well. While the upper is mostly fashion design, the intense engineering comes in where the foot meets the insole and where the outsole meets the street. Engineers continuously refine concepts for arch support, tread patterns, materials, heel stabilizers, orthotic devices and "lasts" (i.e., foot models) in their CAD software.

In 2002, Timberland still hired professional model makers to turn 2D CAD drawings into 3D prototypes in wood or foam. These prototypes typically took a week or more to create at a cost of $1,200 each. The lead time hamstrung the company's ability to refine their models to their satisfaction in a timely manner. As a result, the company regularly lengthened its design cycle or just lived without the refinements it wished for.

"Time and money aside, the problem with the old approach is that a 2D CAD drawing left too much to the imagination," says Toby Ringdahl, computer-aided design manager in the company's footwear product development and engineering group. "When the prototype was finally ready, it wasn't exactly what people imagined. But a week is a long time to wait for a new iteration." Timberland realized it needed more prototypes sooner. The company assigned Ringdahl's team to spend six months evaluating rapid prototyping options.

Решение

3D printing In House

After weighing alternatives, Timberland chose the ProJet CJP full color 3D printer. The low cost of printing materials and the speed of the machine pushed it ahead of competing machines from other vendors.

In 2005, Timberland took the next step by investing in a second proJet CJP printer that provides vibrant 24-bit color and 600 dpi resolution.

Результаты

Better Prototypes Faster, Cheaper

The full color printers accept CAD files from Timberland's 3D mechanical design software and produces physical models affordably and quickly. The performance has made a substantial impact on Timberland's efficiency and spending.

For example, a prototype that used to cost Timberland $1,200 now costs $35. A prototype that used to take a week to make now takes 90 minutes, enabling engineering and marketing employees to collaborate more often and more closely. And printing out rapid color prototypes onsite has enabled Timberland to compress its typical design cycle from three weeks to two.

The 3D printer's large build area delivers additional time savings and Timberland's engineers can print full-size prototypes flat on the build area instead of on an incline, saving three hours of printing time on such jobs.

The Color Jet printer's speed and efficiency has directly resulted in continuous product quality improvement. In the weeks Timberland recoups by no longer waiting for prototypes, it can pump out dozens of iterations of a shoe design if it needs to. As a result, more designers, engineers and marketers can see more products in a shorter amount of time, helping Timberland refine its footwear for fit, function and style. "We can now quickly do innumerable iterations and variations," Ringdahl says, "and the designers and marketing managers can really be sure the product is what Timberland is expecting and what people on the street are demanding."

The investment in the printers also eliminates major ancillary costs late in development, like time-consuming trips around the world to examine important shoe molds in overseas plants. Since Timberland can now reach consensus for designs on 3D physical models, there's no longer any need for a careful examination of the production shoe mold.

Finally, color is a key benefit. It better conveys design intent, and the Spectrum's unparalleled resolution enables details like lugs on the sole, speed hooks on the upper, and tiny print on the sole to show up perfectly. "The closer the prototype is to real life, the less you leave to the imagination," says Ringdahl. "Unfortunate surprises are eliminated."

Higher Sales

While 3D printing seems at first glance like an engineering tool, it's making a direct impact on company revenues in two ways: One, close collaboration among designers, engineers and marketers brings to market a product that is exactly what the market demands. That means more sales. Two, Timberland sales people occasionally bring prototypes to sales calls with major retail chains, giving them a big advantage over competitors who come with only sketches. In these instances, sales people can land large sales earlier.

"Products that would have been dropped because of ho-hum 2D drawings are being successfully adopted because customers can hold multicolor, real-life prototypes in their hands," Ringdahl says.

Timberland expects to reap additional benefits from 3D printing in the future. Engineers will use shape analysis software and Color Jet technology to print prototypes that call out pressure points and interference in the insole.